2134/22206
Shang-Zhi Xin
Shang-Zhi
Xin
Wen Hou
Wen
Hou
Jian-Qiu Qian
Jian-Qiu
Qian
Sijung Hu
Sijung
Hu
Vincent P. Crabtree
Vincent P.
Crabtree
Peter R. Smith
Peter R.
Smith
Study on blood pulse photoplethysmography signal on toe under different body posture and lower limb height
Loughborough University
2016
Photoplethysmography
Non-invasive
Body posture
Lower limb
Blood pulse signal
Mechanical Engineering not elsewhere classified
2016-08-05 08:55:12
Journal contribution
https://repository.lboro.ac.uk/articles/journal_contribution/Study_on_blood_pulse_photoplethysmography_signal_on_toe_under_different_body_posture_and_lower_limb_height/9547538
Under two body-postures (supine and 45° reclining) the blood pulse signal on toe was detected via non-invasive photoplethysmography technique while the lower limb was passively raised in different height. The regulations of blood pulse volume and lower limb height were found and their relation was described through curves in figures.